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The Emerging Sail/Cubesat Paradigm for Deep Space

We need to get to the ice giants. We have limited enough experience with our system’s larger gas giants, although orbital operations at both Jupiter and Saturn have been highly successful. But about the ice giants, their formation, their interiors, their moons (and...

A Mission Architecture for the Solar Gravity Lens

Over the past several years we’ve looked at two missions that are being designed to go beyond the heliosphere, much farther than the two Voyagers that are our only operational spacecraft in what we can call the Local Interstellar Medium. Actually, we can be more...

SunVoyager: A Fast Fusion Mission Beyond the Heliosphere

1000 AU makes a fine target for our next push past the heliosphere, keeping in mind that good science is to be had all along the way. Thus if we took 100 years to get to 1000 AU (and at Voyager speeds it would be a lot longer than that), we would still be gathering...

Getting There Quickly: The Nuclear Option

Adam Crowl has been appearing on Centauri Dreams for almost as long as the site has been in existence, a welcome addition given his polymathic interests and ability to cut to the heart of any issue. His long-term interest in interstellar propulsion has recently been...

Good News for a Gravitational Focus Mission

We’ve talked about the ongoing work at the Jet Propulsion Society on the Sun’s gravitational focus at some length, most recently in JPL Work on a Gravitational Lensing Mission, where I looked at Slava Turyshev and team’s Phase II report to the NASA Innovative Advanced...

A Hybrid Interstellar Mission Using Antimatter

Epsilon Eridani has always intrigued me because in astronomical terms, it's not all that far from the Sun. I can remember as a kid noting which stars were closest to us - the Centauri trio, Tau Ceti and Barnard's Star - wondering which of these would be the first to...